RECORE SYSTEMS BV

Their core work

RECORE SYSTEMS BV is a Dutch technology SME based in Enschede specializing in real-time embedded computing and parallel processor architectures. Their core expertise lies in ensuring that embedded software meets strict timing guarantees — a critical requirement in safety-sensitive applications such as automotive control systems, industrial machinery, and aerospace electronics. They contribute to research consortia as technical specialists in model-based software development, worst-case execution time (WCET) analysis, and fault management for cyber-physical systems. Their work bridges the gap between theoretical computer science and practical embedded hardware deployment.

What they specialise in

How they've shifted over time

Both H2020 projects fall within a narrow two-year entry window (2015-2016), making a true evolution difficult to establish from this dataset alone. Within that period, there is a detectable shift: IMMORTAL addressed system-level concerns — fault tolerance, integrated modelling, and verification — while the subsequent ARGO project narrowed to a more performance-oriented problem: making parallel execution timing-predictable on heterogeneous hardware. This trajectory suggests a move from broad system reliability toward optimizing real-time performance on modern multi-core embedded processors, which aligns with the industry push toward parallel computing in safety-critical domains.

RECORE appears to be moving toward timing-aware parallelization tools for heterogeneous processors — a capability increasingly demanded by the automotive and industrial automation sectors as they adopt multi-core architectures under safety standards like ISO 26262 and IEC 61508.

How they like to work

RECORE SYSTEMS has participated exclusively as a consortium partner, never leading a project — a pattern consistent with a deep-specialist SME that brings targeted technical capability rather than project management capacity. Despite only two projects, they engaged 14 unique partners across 7 countries, indicating they operate within substantial, multi-national research consortia rather than small bilateral arrangements. This makes them a well-networked specialist: teams building ICT or embedded systems projects can expect an experienced collaborator who knows how large European consortia work.

With 14 unique consortium partners across 7 countries from just two projects, RECORE has a notably broad European research network relative to its size. Their reach is consistent with the pan-European composition typical of ICT Research and Innovation Actions.

What sets them apart

RECORE SYSTEMS occupies a narrow but commercially valuable niche: real-time timing analysis and parallel execution for embedded processors in safety-critical systems. This expertise — particularly WCET on heterogeneous hardware — is in high demand from automotive OEMs and Tier-1 suppliers adopting multi-core chips under functional safety standards, yet is rarely found in pure academia or large industrial companies. As a small SME, they offer deep specialist knowledge with the flexibility to engage in custom research partnerships that larger players cannot easily accommodate.

Highlights from their portfolio

• IMMORTAL
  The largest funded project for RECORE (€576,875) and the broadest in scope, tackling the full design lifecycle of cyber-physical systems from integrated modelling through fault management to verification.
• ARGO
  Addresses WCET-aware parallelization — one of the hardest open problems in real-time embedded computing — making this project directly relevant to automotive and aerospace industries transitioning to multi-core processors.